Used LEICA DM 2500M #293647982 for sale

LEICA DM 2500M is a high-resolution, light microscope that is designed for multiple microscopy techniques and applications, such as imaging and 3D reconstruction. This device allows for the examination of various specimen types in multiple formats, and can be used in a variety of research fields, from cell biology to industrial analysis. The system includes a motorized, suspended stage so users can quickly reposition specimens with absolute accuracy. It also incorporates a high-resolution optics system that enables users to zoom in and out with incredible clarity. This combined with a 10 megapixel CCD camera provides the user with limitless opportunities for imaging, even on high or low-resolution samples. The precision motion control of DM 2500M enables researchers to image continuous high-resolution images of single cells or long-term cell assays. By utilizing the live-cell tracking and autofocus functions, researchers can acquire 2D images of cells or 3D images of multi-cellular organoids in real-time. LEICA DM 2500M also features electronic focusing and stepped z-stacking capability. This allows users to image through-focus images of up to 10mm, fine tune z-stacking with 0.2um steps, and easily explore images with digital zooming. Finally, DM 2500M has a range of additional features that make it a valuable utility for microscopy research. Its energy-efficient LED illumination system offers a variety of brightnesses for different applications, while the modular design allows users to switch between accessories to accommodate different exams. It also supports a range of accessories, such as condensers and objectives, to provide greater flexibility. In conclusion, LEICA DM 2500M is a versatile, high-resolution light microscope that provides researchers with the tools they need to image and analyze a wide range of specimens and applications. This device offers fast and accurate focusing with 10 megapixel CCD camera and motorized, suspended stage. In addition, its additional features make it an attractive option for microscopy research.